stephensmitchell

#https://help.alibre.com/articles/#!alibre-help-v28/modify-an-existing-part

# demonstrates opening an existing part and adding a 3d sketch to it
 
# load P:\work\TestPart.AD_PRT
MyPart = Part(r'C:\Users\<username>\Desktop\ScriptDir', 'New')
 
# create a 3D sketch
Route = MyPart.Add3DSketch('Route')
Route.AddBspline([0, 0, 0,    5, 0, 0,    10, 5, 5,    15, 10, 5,    15, 15, 15])

stephensmitchell

#https://help.alibre.com/articles/#!alibre-help-v28/mobius-strip

# creates a mobius strip with a configurable number of rotations
 
Mobius = Part('Mobius')
 
# dimensions of mobius strip
Diameter = 100.0
Width = 20.0
Height = 5.0

stephensmitchell

#https://help.alibre.com/articles/#!alibre-help-v28/midplane-extrusion

# create the part and then a sketch containing a circle
P = Part('Test')
S = P.AddSketch('Shape', P.GetPlane('XY-Plane'))
S.AddCircle(0, 0, 9, False)

# how far we will extrude from mid-plane
ExtrudeLength = 10

stephensmitchell

#https://help.alibre.com/articles/#!alibre-help-v28/lofting-with-a-guide-curve

# create part
P = Part('foo')
 
# create sketch for bottom of loft
Bottom = P.AddSketch('Bottom', P.GetPlane('XY-Plane'))
Bottom.AddRectangle(0, 0, 10, 10, False)
 
# create sketch for top of loft

stephensmitchell

#https://help.alibre.com/articles/#!alibre-help-v28/list-all-parts-in-an-assembly-and-sub-assemblies

# list all the parts in an assembly and it's sub-assemblies
def ListPartsinAssembly(Assem):
  for P in Assem.Parts:
    print '%s in %s' % (P, Assem)
 
  for SA in Assem.SubAssemblies:
    ListPartsinAssembly(SA)
 

stephensmitchell

#https://help.alibre.com/articles/#!alibre-help-v28/joint-creator

# Joint Creator
# (c) Alibre, LLC 2019, All Rights Reserved
# Version 1.00

from __future__ import division
from math import *

# gets locaton of edge in a part coordinate system

stephensmitchell

#https://help.alibre.com/articles/#!alibre-help-v28/importing-files

# replace paths used with your own
 
# import a step file
MyPart1 = Part(r'c:\mycadfiles\Corner.stp', Part.FileTypes.STEP)
 
# import an IGES file
MyPart3 = Part(r'c:\mycadfiles\wave washer.igs', Part.FileTypes.IGES)

stephensmitchell

#https://help.alibre.com/articles/#!alibre-help-v28/import-points-from-a-csv-file-rotate-them-and-connect-into-a-polyline

# imports a set of 2D points from a csv file, rotates them and then
# adds them to a 2D sketch with lines connecting the points
 
# specify which libraries we are going to use
import csv
import math
 
# configuration

stephensmitchell

#https://help.alibre.com/articles/#!alibre-help-v28/helical-spring

import sys
import math
 
# create dialog window
Win = Windows()
Options = []
Options.append(['Angle Increment', WindowsInputTypes.Real, 0.05])
Options.append(['Loop Scale', WindowsInputTypes.Real, 0.8])

stephensmitchell

#https://help.alibre.com/articles/#!alibre-help-v28/getting-user-input

# Demonstrates requesting values from the user then creating a part
# with those values
 
print 'Input width in mm and press Enter'
Width = float(Read())
if Width < 0.1:
  sys.exit('Width must be at least 0.1 mm')